F(A, B, C, D) IIM (0, 2, 4, 5, 7, 8, 10, 13, 15) a) Construct...

 

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F(A, B, C, D) IIM (0, 2, 4, 5, 7, 8, 10, 13, 15) a) Construct the truth table of F. b) Simplify F by using a K-Map and find the minimal SOP expression. Consider grouping the MINTERMS in the K-map. c) Draw the circuit diagram of the expression in (b). Use only NOT, OR, AND gates. Draw by hand and take snapshot of the simulation design in the report. d) Simplify F by using a K-Map and find the minimal POS expression. Consider grouping the MAXTERMS in the K-map. e) Draw the circuit diagram of the expression in (d). Use only NOT, OR, AND gates. Draw by hand and take snapshot of the simulation design in the report. f) Simulate the circuits in (c) and (e), and verify the truth table in (a). Each input should be defined according to its frequency or period. Consider that the Most Significant Bit (A) has 25 Hz frequency. B has 50 Hz, C has 100 Hz, and the Least Significant Bit (D) has 200 Hz. F(A, B, C, D) IIM (0, 2, 4, 5, 7, 8, 10, 13, 15) a) Construct the truth table of F. b) Simplify F by using a K-Map and find the minimal SOP expression. Consider grouping the MINTERMS in the K-map. c) Draw the circuit diagram of the expression in (b). Use only NOT, OR, AND gates. Draw by hand and take snapshot of the simulation design in the report. d) Simplify F by using a K-Map and find the minimal POS expression. Consider grouping the MAXTERMS in the K-map. e) Draw the circuit diagram of the expression in (d). Use only NOT, OR, AND gates. Draw by hand and take snapshot of the simulation design in the report. f) Simulate the circuits in (c) and (e), and verify the truth table in (a). Each input should be defined according to its frequency or period. Consider that the Most Significant Bit (A) has 25 Hz frequency. B has 50 Hz, C has 100 Hz, and the Least Significant Bit (D) has 200 Hz.